摘要
用３０ｔ底吹电弧炉１∶７水模型探讨了底吹喷嘴孔数、孔径、气体搅拌功率及熔池深度对液面突起高度及上升速度的影响；得到了液面突起高度、液体上升速度与气体搅拌功率的关系分别为：Δｈ＝０．３６１·Ｗ０．６６４，ｖＬ＝８４．１４４·Ｗ０．３３２，液面突起高度与气体搅拌功率及熔池深度的关系为：Δｈ＝０．８１５·Ｗ０．６６４·ｈ－０．６５９．
? water model of 30 t bottom stirring EAF is used to clarify the effect of number and diameter of nozzles,gas stirring energy and bath depth on rising height and rising velosity of the free surface;The relationship between rising height,rising velosity of the free surface with stirring energy are:Δ h=0 361·W 0 664 ,v L =84 144·W 0 332 ,and the relations of rising height of the free surface and stirring energy,bath depth are as follows:Δ h=0 815·W 0 664 ·h -0 659 .
出处
《东北大学学报（自然科学版）》
EI
CAS
CSCD
北大核心
1997年第1期50-53,共4页
Journal of Northeastern University(Natural Science)
基金
国家自然科学基金
关键词
电弧炉
底吹
突起高度
搅拌功率
熔池
炼钢
electric arc furnace,bottom stirring,rising height,stirring energy.
